Women's Volcom Cheetah chev otc henna snowboard socks

Tailored comfort

Volcom Cheetah chev otc henna Women's Snowboard Socks offer unrivalled comfort for winter sports enthusiasts. Thanks to their anatomical construction for the right and left foot, they adapt perfectly to your morphology.

Advanced technology

These socks feature Cush Mapping technology in the ankle and footbed, guaranteeing optimal cushioning and impact protection. The Stay Up non-slip band ensures perfect support all day long.

Functional design

The design incorporates impact zone cushioning and a dedicated toe box, enhancing performance and comfort. The arch features the Bubble Grip system for extra support.

Quality materials

The material mix of these socks includes 74% acrylic, 18% polypropylene, 6% nylon and 2% elastane, ensuring warmth, durability and elasticity.

The right size

Available in several sizes, they cover a wide range from S (EU 35-37) to L (EU 40-44), meeting the needs of all snowboarders.

Specifications:

- Women's thick socks offer extra warmth and comfort, ideal for cold climates.

- Cush Mapping technology on the ankle and footbed ensures optimum cushioning and reduces fatigue during walking.

- The Stay Up anti-slip strip ensures that socks stay in place all day without slipping.

- Impact zone cushioning protects your feet by absorbing shock during physical activity.

- Anatomical construction separates the right foot from the left for a perfectly ergonomic fit.

- A specific toe box provides extra comfort and reduces the risk of irritation.

- The Bubble Grip arch provides extra stability and support with every step.

- The Y-shaped heel provides a precise fit and enhances the sock's durability.

- Available sizes accommodate a wide range of shoe sizes, guaranteeing a perfect fit for sizes S (EU 35-37 / UK 2.5-4), M (EU 37-40 / UK 4-6.5), and L (EU 40-44 / UK 6.5-9.5).

- The socks' composition is 74% acrylic, 18% polypropylene, 6% nylon (polyamide), and 2% elastane, offering a perfect balance of warmth, elasticity and durability.